Modules

Classes
class	MClearEvent
	Clear QEvent parts. More...
class	MDefaults
	assign pointers to QDefaultsData. More...
class	MGuiDriver
	driver module for Interactive GUI, interfaced via TSocket with any class inerithing QGDMessageHandler More...
class	MANNsom
	Wiener filter module. More...
class	MBCountPulses
	Module to count number of pulses in acquired window. More...
class	MDataReducer
	Condenses data by saving only a few variables to a simple tree. More...
class	MFindMultipleTrendsByBruteForce
	Identifies multiple trends in amplitude vs. baseline and determines how to break the run into separate time intervals for stabilization. This module is experimental. If it proves useful, more documentation will be written. More...
class	MOBChiSquareCut
	one-line description of your module More...
class	MSetOBChiSquareCuts
	Sets thresholds for cut on OBAmplitudeChiSquare. More...
class	MSetThreshold
	Looks at noise samples to determine minimum amplitude threshold for a channel. More...
class	MApplyCalibration
	Use calibration coefficients and stabilized amplitiudes to compute energy. More...
class	MCalCoefficients
	Module to calculate calibration coefficients. More...
class	MCalCompatibility
	Module to check compatibility between two calibrations. More...
class	MComputeFFT
	Computes FFT. More...
class	MCorcBaseline
	Checks baseline offset and makes baseline scatter plot. More...
class	MCorcHeater
	Creates stabilized amplitude vs. time plot. More...
class	MCorcMultipleCoincidences
	Checks for coincident events. More...
class	MCorcSaturation
	Checks for saturated pulses. More...
class	MCorcSetup
	CORC setup module. More...
class	MCorcSpectrum
	Creates amplitude vs. time and heater amplitude vs. baseline plots. More...
class	MCorcTimeBehavior
	Computes event rates and checks for time holes and coincident events. More...
class	QCorcModule
	Base class for CORC modules. More...
class	MLCCurveAnalyzer
	analyze all acquired points in the load curve for a given channel and decide electronics settings for next measurement More...
class	MLCSlowController
	to be done More...
class	MPulserCheck
	check for failure in heater pulses control system More...
class	MWPAnalyzer
	one-line description of your module More...
class	MWPSlowController
	to be done More...
class	MFindBTDiscontinuities
	Find variations in the tower temperature trend. More...
class	MFindCDiscontinuities
	Find discontinuities in every analysis channel Find variations in the bolometers' temperature trend by looking at the amplitude of the stabilization heater on each channel. More...
class	MFitAmplBaseline
	fits the Amplitude vs baseline (or time) plots and extracts stabilization parameters More...
class	MFir
	Digital low pass filter. More...
class	MHeaterFlagByCoincidence
	Flag heater events by coincidences and time intervals. More...
class	MHeaterFlagByRegularTiming
	Flag heater events by their regular timing. More...
class	MSetHeaterFlag
	Abstract module to flag heater events. More...
class	MSetIsStabHeater
	Sets IsStabHeater. More...
class	MCreateRateReference
	one-line description of your module More...
class	MFindCoincidences
	A module to look for events in coincidence with muons. More...
class	MMultipletViewer
	This module generates GUI sessions for viewing muon coincidence multiplets. More...
class	MMuonCoincidence
	A module to look for events in coincidence with muons. More...
class	MSaveCorrectedMuonTimes
	Output a list of corrected muon times to be synchronized with old DAQ. More...
class	MSimpleDAQCheck
	Check that the rate of muon events is non zero and that it is not eccessive. More...
class	MSynchronizeMeasurements
	Module to synchronize parallel measurements with the old and new DAQ. More...
class	MBComputeWeights
	Module to compute optimal weights for pulse amplitude algorithm. More...
class	MBOBFilter
	Module to compute pulse amplitude. More...
class	MPulseStartTimeOffset
	Module to compute pulse offset with respect to the average pulse. More...
class	MOptimumFilter
	Optimum filter module. More...
class	MOptimumFilter
	Optimum filter module. More...
class	MBaselineModule
	Module to calculate baseline parameters. More...
class	MPulseBasicParameters
	computes basic pulse parameters More...
class	MAveragePulses
	Module to form idealized pulses by averaging. More...
class	MAveragePulsesOneIteration
	Forms average pulses with alignment in one iteration. More...
class	MNoiseAvgPowerSpectrum
	Module to compute average power spectrum of noise. More...
class	MBoloModelFit
	Pulse fit based on a thermal and electronical model. More...
class	MCreateDetectorConfig
	one-line description of your module More...
class	MLogNormBiExpFit
	Lognormal + exp raise + exp decay. More...
class	MLogNormExpFit
	Lognormal + exponential decay fit. More...
class	MPulseFit
	Pulse fitter abstract module. More...
class	MTestDriver
	one-line description of your module More...
class	MTestModule
	diana framework software test. More...
class	MTestRawEvent
	one-line description of your module More...
class	MCoincidenceMultiplicity
	Puts multiplicities and total energies in events. More...
class	MCoincidenceTiming
	Module to identify coincident events. More...
class	MFlagCoincidence
	A quick module to flag coincidences. More...
class	MSorter
	Module for sorting events based on an ordered list. More...
class	MTimeSort
	Module for sorting events by time. More...
class	MUserModule
	Tutorial module. More...
class	MWienerFilter
	Optimum filter module. More...
class	MVibraAnal
	one-line description of your module More...
class	MOpenApolloFlag
	This module open the IsApollo flag for the DAQ validating user. More...

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